Thermal Imaging Camera: What Makes FLIR E4 the Hot Choice

When it comes to test equipment devices, we’ve shifted from simple analog devices to the modern, sophisticated, multipurpose digital ones. And this is true for most, if not all test equipment devices available on the market, including thermal imaging cameras. A thermal imaging camera is a measurement and test device which is used to measure temperatures for a longer, safer distance. It can be used in various applications, but its main uses are in the industrial and commercial settings like the manufacturing, food and electrical industry.

As the name implies, thermal imaging cameras are used to check the temperature of electrical devices by monitoring their electrical circuits, pipes and radiant heating for the purpose of determining potential leaks and infiltration. Regardless which industry you work in, one of the best thermal imaging cameras is the FLIR E4 thermal imaging camera, as it’s the type of quality equipment tester that can significantly increase the efficiency and safety of all your applications and machines. What sets the FLIR E4 thermal imaging camera apart from other thermal imaging cameras are its high-tech features, which include:

  • A built-in visual camera
  • A 4.800 pixels, 80×60 infrared resolution
  • 0.15 degrees Celsius thermal sensitivity
  • Enhanced image quality, thanks to its multi spectral dynamic imaging
  • Advanced menu navigation with a bright colour display
  • Various colour palettes for different users
  • FLIR tools for image analysis and a comprehensive reporting software
  • Rugged housing which is drop tested from up to 2 metres
  • Rechargeable batteries

All these features make this thermal imaging camera the best option for all of your testing necessities in whichever industry you might work. The thing is, the focus of this device is not only about correctly measuring the heat, but about providing visualized, quick results which reduce mistakes and increase safety, especially in industries and rooms where contamination must be avoided at all costs.

This thermal imaging camera uses the point-and-shoot style. It has a thermal sensitivity of 150 mK and can measure up to 4.800 temperature points. This allows you to spot even the tiniest differences between cold and hot. The built-in visual camera allows you to see both the standard visual image as well as the infrared thermal image. You can save both at the same time, which can be imported in the report with the FLIR tools software that it features. The multi spectral dynamic imaging adds another level of detail to the images, which brings out the previously unnoticeable details in an infrared image.